One of the first platforms that was used to study the role of helicity in light-matter interactions is Mie Theory [1]}. Mie Theory studies the interaction of a plane wave with a spherical scatterer. It is a widely used platform to discover new analytical effects, as well as to predict experimental measurements [2]}. In particular, Mie Theory has been used to understand the role of helicity in a variety of scattering phenomena at the nanoscale, such as the so-called Kerker conditions [3]}, [4]}, enhanced optical localization errors provided by optical mirages [5]}, or non-radiating sources [6]} such as hybrid optical anapoles [7]}. Moreover, helicity-dependent optical forces [8]}, [9]} have given rise to a large plethora of interesting phenomena with applications in the biomedical and pharmaceutical industries, ranging from chiral sensing [10]}, [11]}, [12]} chiral sorting and enantioselective and enantiospecificdetection [13]}, [14]}, [15]}, to optical tweezers [16]}, [17]}, among others.
